Renewable gases and the circular economy
Biomethane
Analytical Innovation's biomethane project drives solutions for recovering organic waste and producing renewable gases. Through advanced analytical capabilities and methanogenic potential testing, it generates key insights to optimize biomethane production and quality, contributing to the circular economy and decarbonization, while also boosting progress toward a more sustainable energy model.
Carbon C14
Through collaborative innovation — one of the pillars of our Positive Motion strategy — and in partnership with experts from the University of Extremadura, we have developed advanced analytical methods for determining biogenic carbon, which are essential for the certification of our biofuels.
Development of green hydrogen
H2V - General
As a key player in the energy transition, Analytical Innovation is a leader in green hydrogen analysis to ensure its maximum purity and compliance with the most stringent European standards as part of the Onuba project. In addition, we help optimize electrolyzer technology by analyzing the condition of their critical components to extend their service life and minimize their environmental impact. Using the most advanced techniques, we are transforming laboratories to ensure that the hydrogen economy is safe, sustainable, and profitable.
H2V – Water
Green hydrogen is synonymous with the future, but its efficiency depends on something as essential as it is invisible: water quality. When producing hydrogen via electrolysis, even the smallest traces of impurities can compromise performance, accelerate equipment wear, and drive up operating costs. That’s why analytical water monitoring isn’t just a technical detail — it is a strategic factor.
Our water analysis service is specifically designed for green hydrogen projects that demand maximum precision, reliability, and regulatory compliance. We turn data into decisions: our reports not only quantify but also interpret. We help you anticipate issues, optimize treatment, and ensure maximum operational efficiency. Because in green hydrogen, purity is not just a standard it’s a competitive advantage.
Biofuels and Sustainable Aviation Fuel (SAF)
Analytical Innovation's biofuels projects are a key factor in accelerating the development of SAF (sustainable aviation fuel) and supporting businesses in the transition to more sustainable aviation. Thanks to the implementation of high-value analytical capabilities, laboratories provide in-depth and reliable insights into highly complex fuels, facilitating quick and safe decisions at key stages of development, validation, and scaling. This advanced knowledge helps reduce risks, shorten timelines, and build trust among clients and partners, positioning the laboratory as a strategic enabler in bringing new, sustainable, and high-impact energy solutions to market.
AI for innovation
in laboratories
We are pioneers in bringing artificial intelligence into laboratories, transforming insights from analytical data into a competitive advantage for the business, streamlining processes, and accelerating decision-making. Through intelligent assistants, automation, and advanced tools, we turn high-level analytical capabilities into practical, reliable, and scalable solutions that improve efficiency, reduce errors, and strengthen laboratories' strategic role in digital transformation.
Frequently asked questions about our analytical innovation projects
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AI helps us turn analytical data into a competitive advantage by automating tasks and enabling faster, more accurate business decisions.
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Because water purity prevents premature wear and tear on electrolyzers, optimizes operating costs, and ensures maximum operational efficiency for green hydrogen.
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It allows us to accurately identify the biogenic content of products, which is essential for validating the sustainability of our biofuels before regulatory agencies.
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